import st7735
import sound
import controller
display=st7735.st7735()
snd=sound.sound()
gamepad=controller.controller()
display.drawLine(0,0,100,10,display.RGBToWord(255,255,0))
display.fillRectangle(10,10,40,50,display.RGBToWord(255,0,255))
display.drawCircle(80,80,30,display.RGBToWord(0,255,255))
beep=sound.note(1000,200,100)
snd.playNote(beep)
print("Press left button")
while(not gamepad.leftPressed()):
    pass
print("Left pressed")
for count in range(0,5):
    display.print(str(count),2,100+count*10,display.RGBToWord(255,255,255),0)

# the display class
st7735: 
     putPixel(x,y,colour)
	 drawLine(x0,y0,x1,y1,colour)
     fillRectangle(x1,y1,w,h,colour)                
     drawRectangle(x1,y1,w,h,Colour)
     clear()
     putImage(x,y,w,h,img,horiz,vert)
     print(text, x, y, forecolour, backcolour)
     RGBToWord(r,g,b)
     drawCircle(x0,y0,radius,colour)
     fillCircle(x0,y0,radius,colour)
     loadBMP(filename) 
 
# the sound class
class note:
     __init__(frequency,duration,pause):        
class sound:
	note(freq,duration,pause)
	playNote( <some note> ) e.g. playNote(sound.note(500,50,0))
    run()    # starts the music system as a background task.  A tune array is contained in the sound object
		     # which can be written to by an application as follows:
		     # sound.tune.append(sound.note(500,50,0)) 

# the sprite class		    
class sprite:
    __init__(x,y,w,h,image,display)
     show()
     hide()
     move(newx, newy)
     move_no_erase(newx, newy)
     setOrientation(horiz, vert)
     isOverlapping(sprite2)        
     isOverlapping2(sprite2)     
 
# the controller/gamepad class		    
class controller:
     leftPressed(self)   
     rightPressed(self)
     downPressed(self)   
     upPressed(self)  
     aPressed(self)
     bPressed(self)   
     buttonPressed(self)
 
# A useful menu class
class menu:
    doMenu(display,controller,menulist):